设计嵌入式仿真平台，可以大大缩短开发嵌入式软硬件的周期，使得调试操作系统级的代码更加方便。
Designing embedded simulation platform can shorten embedded software and hardware development cycle greatly and make debugging codes of operating system level more conveniently.
以支持实时仿真的32位嵌入式arm7处理器LPC 2136为控制核心，设计开发嵌入式机器人控制系统硬件平台。
Hardware platform of embedded robot control system is developed using embedded 32-bit processor LPC2136 based on ARM7 that is the center control system, which supports real time simulation.
为缩短开发周期，提高嵌入式软件仿真系统的设计水平，提出一种组态化嵌入式系统设计。
For shorten the developing period of embedded software and improve design standards, a configurable software approach for simulation system is proposed in this paper.
嵌入式系统仿真的核心工作就是指令集仿真，但纯手工开发一个指令集仿真器不但是一项繁重的工作，而且极易出错。
The core work of embedded system simulation is instruction-set simulation, the development of Instruction Set Simulator purely by hand is an onerous task, and easily goes wrong.
嵌入式系统仿真的核心工作就是指令集仿真，但纯手工开发一个指令集仿真器不但是一项繁重的工作，而且极易出错。
The core work of embedded system simulation is instruction-set simulation, the development of Instruction Set Simulator purely by hand is an onerous task, and easily goes wrong.
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